ELBOW Flashcards
what are the movement dx for the elbow
tissue impairment
nerve entrapment
wrist ext with pronation wrist flexion with pronation hypomobility elbow flexion syndrome valgus syndrome elbow extension syndrome
H E E F F V
acute tissue injury in the inflammed state would be what mvmt dx
tissue impairment
explain wrist extension with pronation syndrome
the wrist extensors and pronators are overused.
there is LATERAL elbow px.
px with gripping
associated with scap abd
dx related to wrist extension/prontation syndrome
lateral epicondylitis
LCL sprain
extensor sprain
what nerve can be stressed with repetitive elbow flexion
ulnar
wrist flexion with pronation syndrome, px is usually where
medial elbow
explain wrist flexion with pronation syndrome
overuse of wrist flexors and pronators
medial elbow px
pathologies assct. with wrist flexion and pronation syndrome
medial epicondylitis
flexor strains
medial epicondylitis is aka
golfer’s elbow
lateral epicondylitis is aka
tennis elbow
fractures, dislocation, recent surgery (but not in acute inflammatory stage) would be what mvmt sx dx
elbow hypomobility
with hypomobility, ____ is lost the most
elbow flexion
explain elbow flexion syndrome
repetitive elbow flexion causes numbness or tingling in the hand
there is usually sensory loss before motor
can result in CLAW hand
what muscle is often tight with elbow flexion syndrome
FCU
what pathologies are related to elbow flexion syndrome
cubital tunnel syndrome
ulnar nerve irritation
valgus stress syndrome usually causes a tight
pronator teres
pathologies assct. with valgus syndrome
MCL sprain ol. bursitis could be med. epicondylitis (if valgus stress caused) triceps tendon valgus extension overload syndrome
explain elbow extension syndrome
there is post elbow px at end range ext
there can be elbow hyper or hypo ext
what dx are assct with elbow ext syndrome
ol. bursitis
triceps
post fxs or dislocations
if issue is throbbing px, you have to look into possible
nerve entrapment
wrist flexors originate at the
medial epicondyle
brachioradialis origin
humerus
brachioradialis axn
flex
pronates
supinates
pronator teres runs from ___ to ___
ulna to radius
brachioradialis N
radial
most wrist flexors are ___ N
median (except FCU is ulnar)
active supination causing sx to the elbow (lat), why would this make sense
one of the origins is lateral epicondyle (if person has lateral epicondylitis, active supination can cause sx)
also, radial N entrapment can flare with supination
4 muscles that may show weakness dt radial N entrapment (the kind that has motor sx)
extensor digatorum
Abductor PL
and EPL/Brevis
one very simple thing to tx nerve entrapment
if there is a specific muscle that is entrapping, stretch it to take off compression
simple concept to tx strain
stretch the side (or muscle) that is strained
strengthen the antagonist muscle
N to the pronators
median
N to supinator
radial
N to extensors of wrist
radial
wrist extensors origin is the
lateral epicondyle
if pt lacks supination, what may be too tight
antagonists (pronators)
during ext, ulna moves ____
Ulna moves laterally during extension, due to articular groove and distal medial aspect
normal carrying angle men
women
men 5-15
women 15-20
this resists valgus force
MCL or UCL
the two bands of the MCL and what they resist
ant - flex and ext
post - flexion only
resting position HU joint
70 degrees of flexion, with 10 degrees of supination
closed packed HU joint
full ext and supination
capsular pattern HU joint
flexion is more limited
the ___ Ligg provides a sling around the radial head
annular
HR joint resting position
Full extension and forearm supination
HR joint closed packed
90 degrees of elbow flexion and 5 degrees of supination
HR joint capsular pattern
Flexion > extension, equal limitation of pronation and supination is observed
proximal RU joint open pack
70 degrees of flexion and 35 degrees of forearm supination
proximal RU joint capsular
pronation = supination, minimal to no loss of motion, with pain at the end ranges of pronation and supination
these structures provide stability to distal RU joint
Interosseus membrane
Articular disc
Anterior radioulnar ligament
Posterior radioulnar ligament
annular lig and interossei provide stability to the ___RU joint
proximal
Ulnar abduction occurs with ___ and ___
pronation and ext